If the optical axis of the incident linearly polarized light is along the y-axis. What are the resultant output light's polarization and optical axis after the incident light passes through chiral molecules that only absorb the left-handed, circularly-polarized light? a.) The resultant light is elliptically polarized with the optical axis still in the y-axis. b.)The resultant light is linearly polarized with the optical axis tilted from the y-axis. c.)The resultant light is linearly polarized with the optical axis still in the y-axis. d.)The resultant light is elliptically polarized with the optical axis tilted from the y-axis.

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If the optical axis of the incident linearly
polarized light is along the y-axis. What are
the resultant output light's polarization and
optical axis after the incident light passes
through chiral molecules that only absorb
the left-handed, circularly-polarized light?
a.) The resultant light is elliptically polarized
with the optical axis still in the y-axis.
b.)The resultant light is linearly polarized
with the optical axis tilted from the y-axis.
c.)The resultant light is linearly polarized
with the optical axis still in the y-axis.
d.)The resultant light is elliptically polarized
with the optical axis tilted from the y-axis.
Transcribed Image Text:If the optical axis of the incident linearly polarized light is along the y-axis. What are the resultant output light's polarization and optical axis after the incident light passes through chiral molecules that only absorb the left-handed, circularly-polarized light? a.) The resultant light is elliptically polarized with the optical axis still in the y-axis. b.)The resultant light is linearly polarized with the optical axis tilted from the y-axis. c.)The resultant light is linearly polarized with the optical axis still in the y-axis. d.)The resultant light is elliptically polarized with the optical axis tilted from the y-axis.
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